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Let’s examine and consider mobile devices in education. Students need to become more tech savvy to compete in today’s economy, and mobile devices offer supplemental learning and a new style to learn. A recent report noted that educators see great potential in mobile technology for transforming learning. The most commonly expected and desired benefits are that mobile technology is engaging for students (62 percent of respondents) and that the devices can be used to personalize instruction to meet the needs of different students. There is no question educational institutions need to seize this mobility trend for better learning and to ensure our next generation is tech savvy.

Does your child’s school provide mobile devices for their learning or does it require your child to bring their own mobile device? I know in my case, my son’s school has a bring your own device (BYOD) policy. Yet some schools, whether higher education or primary or secondary schools, have made the decision to buy mobile devices for their student population. According to the Wall Street Journal, the Los Angeles Unified School District, the second largest district in the United States, headed down this path to offer all students and teachers Apple iPads — only to find some challenges like unseen costs, secure access issues, and unclear policies. Others, like Bucks County School District in Pennsylvania and McAllen School District in Texas, have enjoyed the benefits of providing mobile device usage (whether BYOD or school sanctioned) in a simple and secure manner in the education environment by leveraging Cisco infrastructure.

The use of mobile devices by young children, whether it be for education or entertainment, has soared. A new report from Common Sense Media, a child-advocacy group based in San Francisco, found that 17 percent of children 8 and younger use mobile devices daily, up from 8 percent in 2011. I am guessing that education and entertainment will continue to drive this number each year. What is your opinion on schools using mobile devices? Is this the shiny new penny to improve our education systems? And as an IT professional, what is your experience with the mobility and secure access considerations?



Authors

Kathy Trahan

Senior Security Solutions Marketing Manager

Global Marketing Corporate Communications

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OpenStack sure has come a long way since the first Design Summit in San Antonio back in November 2010.  As my team prepares to attend OpenStack Summit in Hong Kong this week, you’d never know that just three years ago there were just 250 people at the first public OpenStack Design Summit that kicked off what has become one of the fastest growing open source projects ever.  This week, more than 4000 are expected to attend the Summit, representing more than 500 companies and nearly 50 countries. What makes this Summit just as exciting as the first is the progress we’ve all made delivering on the mission laid out back in 2010.

To produce the ubiquitous open source Cloud Computing platform that will meet the needs of public and private clouds regardless of size, by being simple to implement and massively scalable.

The OpenStack community continues to innovate at an even greater pace with 910 contributors to the new Havana release, a more than 70 percent increase from the Grizzly release six months ago. More than 145 OpenStack ecosystem members employ developers who contributed to this release. While there’s still more work to do, most of us feel OpenStack has reached the level of maturity and deployment success that’s needed for production deployment by organizations of just about any size.

Continue reading “Cisco and Its Partners Drive OpenStack Innovation and Adoption”



Authors

Lew Tucker

Vice President and Chief Technology Officer

Cloud Computing

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The Internet of Things (IoT) is becoming a major accelerator for innovation of all industries and government. The idea of an increasingly digital world where mobility of applications and people are commonplace, where all types of things are connected and provide more intelligence and value is becoming the new reality.

Every industry vertical is leveraging this global phenomenon and the latest advances in Internet technology to increase innovation in an increasingly competitive world. We now see areas such as discrete and process manufacturing, retail, and other areas using IP network-based automation to improve safety on the factory floor, increase accuracy and speed of production and provide better intelligence through data analytics. Cities, communities and utilities are being connected to improve energy use, reduce congestion and create a better living environment for residents. Health care providers are virtualizing health care services to reach remote patients and provide the best possible care. Cisco expects more than 50 billion devices will be connected by 2020 in this paradigm, which will translate to a $14 trillion dollar opportunity for the global economy. Continue reading “How Can we Keep Skills In Step with the Internet of Things?”



Authors

Jeanne Beliveau-Dunn

Vice President and General Manager

Cisco Services

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The other week I found myself chatting with a fellow healthcare (and Cisco) enthusiast on Twitter about alternative medicine and I experienced an Aha! moment – alternative medicine may soon have an entirely new face if it’s driven by consumer adoption of advanced (and in many cases, currently available) technologies.

@petra1400

Let me explain. I recently wrote a post about the true price of affordable healthcare, which focused on the innovative technologies that will help make healthcare more efficient overall by incorporating dynamic monitoring techniques as a means of prophylactic care. When I wrote that post, I didn’t realize I was actually describing a new age of alternative medicine!

When most of us think of alternative medicine (myself included), we initially associate it with traditional homeopathic remedies and elements from Eastern medicine like acupuncture and herbal therapies. Continue reading “Can the IoE Revolutionize Alternative Medicine?”



Authors

Isaac Naor

SVP & Chief Technology Officer

Ping Mobile

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There was a point in time when classrooms had one, maybe two things to plug in – most likely an overhead projector . When teachers were done teaching for the day, it was powered down to make sure electricity was not wasted. Over the years, the number of devices needed per individual has exploded. From schools and hospitals to technology companies, the number of things that are plugged in has gone largely unaddressed and has ballooned into the last and largest unmanaged IT expense.

Visibility is key to addressing this issue. It’s unrealistic to expect individuals to power down their devices when not in use. At the same time, we’ve found that a single work place device is left powered on for an average of 8,000 hours over the course of its use but only actually utilized 25-50% of the time

In July 2013, Cisco announced the acquisition of JouleX – a leader in enterprise IT energy management for network-attached and data center assets and a key complementary component to Cisco’s energy portfolio via the EnergyWise offering. We saw that the market for energy management is a growing one, particularly with IT pushing 25-80% of enterprise energy consumption. This has been driven by everything from corporate citizenship and competitive pressures to increasingly regularly requirements and escalating energy prices around the globe.

This week, we held a press roundtable to provide an update following the acquisition and discuss what we’re working on moving forward. Joining us was Schneider Electric – one of our key technology partners in delivering a comprehensive energy solution. We also had two customers join us from the healthcare and education arenas, to discuss how they’ve become greener, more cost-efficient organizations through greater visibility into their energy consumption. Below is a recap of some the challenges they faced and how it was addressed.

Hammond School District Projects 30k in Annual Energy Savings

Mark Hennessee, the District Energy Manager for the Hammond School District (Indiana, K-12) discussed the energy challenge that his district faced. The classroom landscape now includes smart boards, student workstations, PC labs, and other devices. They need a way to handle all the devices across their network, without disrupting the education process. With a utility expenditure of more than $3.5 million annually and 24 facilities totaling over 3 million square feet (15 elementary schools, 2 middle schools and 4 high schools), there was little insight into how much energy was being consumed on a daily basis.  The JouleX software discovered 1,800 devices were left powered on after hours during the week and 1,200 over the weekend. Working closely with IT and all relevant stakeholders, the level of visibility they ascertained led to policies to power devices down in an intuitive manner and in close consideration of teacher/student needs. The Hammond School district achieved impressive results – 35% less power and an annual projected savings of $31,500.

Hospital in the Netherlands Gains Deep Visibility Into Their IT Environment

Jan Pieter Evenhuis, IT Consultant of the Nij Smellinghe Hospital located in the the Northern Dutch town of Drachten was up against a challenging environment. By the very nature of being a hospital, the organization was operation 24 hours a day and it was difficult to manage how often individuals shut off their devices before leaving for the night. With JouleX, Nij gained 100% visibility into their IT environment across all areas of the organization. As a result, they were able to achieve a 30% reduction in their energy consumption. Unexpectedly, the process of implementing the technology raised a level of awareness amongst employees around the importance of energy management. Even though software was in place to power off their devices at night and turn them back on in the morning, they had the added bonus of shifting employee attitudes and behavior.

Leaving Money on the Table

When it comes to energy management, the un-realized savings are substantial. We’ve estimated that with greater visibility into their operations, companies and organizations can reduce energy costs by as much as 60%. This amounts to savings of $24.60 billion, enough to power the city of New York for 5 years! And all this goes beyond printers and computer screens – everything from ATMs to vending machines should be considered. In the Internet of Everything, connectivity will enable great things. Energy is an important next frontier and it’s high time to tackle the last unmanaged IT expense.



Authors

Marc Musgrove

Former Director, Internet of Things and Digital Industries PR

No Longer with Cisco

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A lot of our data center customers are in the healthcare industry –  This topic is close to my heart, as I used to work in this field several years ago. Healthcare organization are facing specific challenges  in moving to the cloud, that Cisco and partners address carefully.

IT innovation and integration in healthcare is on the rise, causing a fundamental shift for healthcare organizations. As economic factors and government regulations begin to push more and more independent physician practices to the cloud, healthcare organizations now work with cloud service providers and share the responsibility to meet regulatory demands set forth in the recent package of HIPAA changes.  So what does this move to the cloud mean for healthcare organizations?

According to Kathy English, Global Senior Director for Cisco,

“As more healthcare professionals move to the cloud, IT organizations need to evaluate how to federate public cloud services with their private cloud efforts. This type of transformation will require organizations to look beyond just building a private cloud. They need to build and buy a secure, scalable, and reliable network that supports privacy, high availability, and mobility, all while meeting cost targets.”

It is clear that the new HIPAA regulations require a more shared responsibility between IT and service providers, but with a certified Cisco Powered cloud provider, healthcare organizations can be empowered to expand both their private and public cloud solutions.

Read the full What Moving to the Cloud Means for Healthcare Organizations blog post to learn more and join the conversation on Twitter using the hashtag, #CiscoCloud . We’d love to hear from you!

 



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Educause 2013 brought together the country’s greatest minds in higher education to discuss the future of learning. We’ve come away from this year’s conference with a lot to think about – the role of mobile devices in the classroom, new technology implementations and turning the traditional classroom upside down. But throughout all of these different discussions, the common thread throughout the conference was engagement.

At the Cisco booth, we featured solutions that can help engage students through the use of video.  Cisco partner Vyopta demonstrated how Cisco® Lecture Vision and Vyopta vPublish, work together to manage the entire lecture-capture process, from recording content to managing media assets to streaming on demand. Read how San Jose State University is using this tool to deliver 51 next-generation learning spaces across campus.

Continue reading “Educause 2013: It’s All About Engagement”



Authors

John Tuohy

Senior Manager, Education Industry Marketing

Public Sector Marketing

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Last week, my colleague Rajiv walked you through an overview of how our Mobility Services API now supports REST based APIs. As a developer for the Mobility Services Engine (MSE) team, I am very excited about this update because it means that it will be easier for developers to create apps using the MS-API, which hopefully means that more and more organizations will be able to take advantage of the location-based services and functionalities of the MSE. I’m going use this blog to walk you through some of the more technical aspects of the change.

The Basics

The REST API is now widely used in the field of API based web applications. The REST stands for REpresentational State Transfer. It is an architecture that is based on set of six rules, and APIs that support REST follow all those rules, making them RESTful.

Compared to SOAP, REST has better performance, scalability, simplicity, modifiability, visibility, portability, and reliability. For secured REST API transactions, HTTPS is recommended.

RESTful Mobility Services API

7.5 applications, including features from the Connected Mobile Experiences (CMX) solution such as Browser Engage and CMX Analytics, are now supporting REST APIs in addition to the existing SOAP APIs previous releases (backward compatibility).

CMX utilizes the basic authentication scheme to authenticate each REST API request. It utilizes the Authorization header in the HTTP packet. The Authorization header is composed as follows:

– Username and password are combined into a string “username:password”.
– The resulting string literal is then encoded using Base64.
– The authorization method, a space and the string “Basic” is then put before the encoded string.

The API credentials can be accessed from Prime Infrastructure (PI), which manages CMX (page is located under Mobility Services > Specific MSE > System > Users).

As Rajiv mentioned last week, the Mobility Services REST APIs can be grouped in the following way:

–          MAP APIs

–          Real time location APIs

–          Location history APIs

–          Notification APIs

Let’s break them down with use cases to get a better picture of when you’d use which. Continue reading “Deep Dive: Mobility Services APIs (with Sample Code!)”



Authors

Anisur Rahman

Technical Lead

Cisco Connected Mobile Experiences

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It seems that the iconic “Wi-Fi Here” badge is turning up everywhere these days. Once found on coffee shop windows to indicate that patrons could connect their mobile devices to the Internet, the symbol can now be seen in countless public venues. Wi-Fi can now be found everywhere from retail stores and hotels to airports, doctor’s offices, and even airplanes.

For many businesses and public locations, providing Wi-Fi to customers has almost become like electricity or water, a cost of doing business. Many service providers are now constructing extensive networks of public Wi-Fi hotspots for use by their mobile or home broadband customers. The intention is to enhance and differentiate their offering, with the goal of retaining their customers’ business. However, very little knowledge is currently available about how consumers are actually using public Wi-Fi and how they view the overall experience.

To learn more, Cisco conducted a survey of 620 U.S. mobile users to understand their needs and behaviors, current and future use of public hotspots, and unmet demands.

The study revealed Continue reading “What Do Customers Want From Public Wi-Fi?”



Authors

Stuart Taylor

Director

Service Provider Transformation Group